A Brief Introduction to UiPath ReFramework

A Brief Introduction to UiPath ReFramework

UiPath Robotic Process Automation is a global automation tool that assists businesses with Citrix automation, Windows desktop automation and many more.  In 2019, UiPath became the first vendor to combine process mining and RPA with the purchase of both ProcessGold and Stepshot. UiPath's Commercial RPA technology is used by over 2,750 enterprise customers and government agencies to successfully deploy software bots that execute monotonous tasks.

Through its comprehensive software platform, businesses are increasing productivity and improving customer experience across front-office and back-office processes. Taking this into consideration, in this article, we’ll be shedding some light on UiPath’s ReFramework and everything there is to it.

The Primary Purpose of Uipath ReFramework

Uipath framework, also known as robotic enterprise framework, is a framework designed to assist developers in creating RPA procedures that are both quick and efficient. It is the UiPath Template, which has a well-written structure and is used to create a scalable large-scale solution using Queue Transactions. The Uipath framework is based on state machines in general which businesses can utilize as a foundation for all of their user interface initiatives.

UiPath makes use of the ReFramework because it makes tasks considerably easy for developers. The Robotic Enterprise Framework can retry failed transactions, re-initialize apps, and handle exceptions appropriately without the need for human interaction. It also keeps track of all processed, failed, and successful transactions. As a result, the UiPath development uses the ReFramework to create a strong and speedy procedure.

UiPath ReFramework’s Architecture & Unique Features

Every project in ReFramework contains a "Main.Xaml file" that employs the State machine workflow. This file is utilized to make the process flow more visually appealing. Three state activities, one final state activity, and seven transitions are included. Moreover, transitions have been established for each state.

The state machine diagram is used in the Robotic Enterprise Framework, which contains four states:

1.    Init state
2.    Get the status of a transaction
3.    Complete the transaction state
4.    State of the Process at the End

All of these states work together to complete the business transaction in the following manner:

Init State

In the ReFramework, every robotic process automation project begins in the Init stage. The bot reads the initial project settings and starts the application in this condition. The transaction advances to the next state: Get Transaction Data.

Get the status of a transaction

After the Init state, the Get Transaction Data state comes next with two primary alternatives. If a new process is retrieved, it advances to the Process Transaction state; otherwise, if all transactions have been processed, it advances to the End Process state.

Complete the transaction state

The Success state, Business Transactions, and System Error states are all possible outcomes in the process transaction state. The loop is completed and the following transaction data is taken into consideration in the success state. When a specific action is completed, the execution state returns to Get Transaction Data, resulting in the Business Rule Exception.

The System Error transaction is used to walk through an error step by step. All applications are closed in this transaction, and the execution loops back to the Init state.

State of the Process at the End

This is the final state of the transactions after they have all been completed. In other words, it is utilized to bring the process to a close.

UiPath ReFramework Unique Features

Now that you have a better understanding of UiPath Robotic Process Automation ReFramework architecture, let’s shed some light on its unique features:

●    Reusability: Developers can reuse the logic code efficiently. This is possible because the logic code is segregated from other components of ReFramework.

●    Scalability: The Robotic Enterprise Framework can deliver exception messages and retry a failed transaction several times.

●    An effective logging system: UiPath ReFramework has a good logging system for keeping track of the process and resolving errors.

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●    Handling Exceptions: Exception handling is quite simple with UiPath ReFramework. When an exception occurs, the Robotic Enterprise Framework has the ability to take action. That way, users won't have to be concerned about process halts or other similar issues.

●    Screenshots of errors: ReFramework includes the ability to take a snapshot of the screen at the point where it fails, allowing you to see the unattended automation and troubleshooting.

●    Consistency: The variables, assets, and settings are all constant throughout the Robotic Enterprise Framework, making it simple to comprehend. The code standards also make it simple to pass the project on to another developer.

A Few Common Examples of UiPath Reframeworks

Let's look at some of the most prevalent scenarios in which the Uipath Development Robotic Enterprise Framework makes things easier for business units.

Scraping the Internet

In web scraping, the ReFramework structure is extremely beneficial when users need to scrape data from numerous sources and feed it into a specific excel sheet. It is also beneficial when used for a specific purpose on a wide scale, such as financial markets, e-commerce, and others. UiPath Robotic Enterprise Framework becomes quite effective in making the process fast and error-free.

Inventory Control is Important.

For stock management, many merchants rely on outdated legacy systems. The ReFramework bots examine the systems on a regular basis and provide data on vital indicators. Items with low supply levels or stocks that are constantly changing are a few examples that fall in this category.

Onboarding of Customers and Users

Customer onboarding is a difficult task in many B2C businesses. Customer onboarding activities can be completed in a single step utilizing the Robotic Enterprise Framework. This is especially important in companies that rely on outdated systems to improve the customer experience.

Creating a Large Number of Emails

Manually generating a large number of emails based on data from several platforms is difficult. As a result, for companies that need to send them regularly, UiPath ReFramework uses bots to automate the process hence making it easier.

The Evaluation and Processing of Online Loan Applications

UiPath Robotic Enterprise Framework can be used to create mediator bots between the online system and the mainframe. It asks the user to correct invalid entries using business logic. The Robotic Enterprise Framework also enables loan decisions and the generation of confirmation letters. These are the large-scale installations that may be observed in manufacturing, healthcare, banking, e-commerce, and a variety of other industries.

UiPath ReFramework to Handle Exceptions

Users can use the UiPath ReFramework to get a high-level exception or anomaly handling appliance. It accomplishes this by retrying a failed transaction, recovering an application, and terminating the process. It actively works in situations where the robot's continued operation may cause more harm than good. Additionally, the UiPath Robotic Enterprise Framework enables users to save external settings in a Config.xlsx file.

Also, instead of hard coding settings, Orchestrator Assets can be used. The exception/anomaly management section of UiPath is primarily concerned with handling mistakes related to various operations. There are four different error handling actions available for the same: Rethrow, Terminate Workflow, Throw, and Try Catch.

●    When users want activities to display before the anomaly is thrown, they can utilize the Rethrow option.
●    The Terminate Workflow activity is useful for terminating or ending a workflow when a task encounters an     error.
●    When the user wants to throw an error before performing a step, the toss action comes in handy.
●    When the user wishes to test something and deal with an abnormality, the Try Catch activity comes in handy.

So, if a user wants to test something, he can do so in the try section. Then, if an error occurs, the catch section is used to handle it. It is based on the catch section's user input. Aside from the try-catch, the user has an additional option: "Finally." Furthermore, it is necessary to describe the activities that must be executed when the Try and Catch blocks have been completed.

FAQs

    1. What is an Orchestrator's job in Uipath?

UiPath Orchestrator is a centralized robot management platform that lets you install, secure, and manage your UiPath bots quickly and easily. It operates on a server and connects to all Attended, Unattended, and Free bots in the network. The UiPath Orchestrator guarantees that packages are delivered to the bots correctly.

    2. What are the Different Sorts of UiPath Projects?

In Uipath Studio, there are two categories of standalone automation projects: process and library. Workflows, flowcharts, sequences, state machines, and global exception handlers can all be included in processes.

    3. Is UiPath Suitable for Testing?

Yes, UiPath can be used to perform unit tests, which will make development easier and save time.

    4. In UiPath, What is ReFramework?

The Robotic Enterprise Framework, or ReFamework is a State Machine-based UiPath Studio template.

Also Read: Uipath vs Automation Anywhere vs Blueprism

Bottom Line

The use of the UiPath ReFramework allows developers to automate operations and make them easier. This further enables corporate organizations to scale higher thanks to robotic process automation’s faster process delivery. As a result, the  Robotic Enterprise Framework is the best element of UiPath and provides a wide range of applications with simple operations.



 

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